Review Article
The Legacy of Internal Migration in Our Environment: Understanding Its Footprint and Fingerprint
Md. Anik Hossain*
Issue:
Volume 9, Issue 4, December 2024
Pages:
74-83
Received:
6 October 2024
Accepted:
23 October 2024
Published:
13 November 2024
Abstract: Internal migration is a process of relocation within a country by a person primarily to find a better prospect, education, or in response to natural calamities. Researching internal migration must be given attention to comprehend demographic movements and how they affect places where migration takes place and where it is received. This study sheds light on the very complicated relationship between internal migration and environmental effects. This paper lays out the systematic literature reviews by descriptively analyzing the causes of internal migration: economic opportunity, social bonds, and the environment. This paper explores the effect of internal migration on the environment, including the positive aspects (e.g. knowledge transfer, investment in green technology) and the negative ones (urban sprawl, increased consumption). The study of footprints and fingerprints and their effects on environmentalism is complex and at the same time contradictory. This study also focuses on policy responses and mitigation options, stating that there is a need for a holistic strategy that will meet the special demands of internal migrants and help them to be integrated into society. It will also promote sustainable development. The study makes valuable recommendations for drawing up sustainable development strategies that consider the link between internal migration and environmental well-being.
Abstract: Internal migration is a process of relocation within a country by a person primarily to find a better prospect, education, or in response to natural calamities. Researching internal migration must be given attention to comprehend demographic movements and how they affect places where migration takes place and where it is received. This study sheds ...
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Research Article
Regeneration and Diameter-Height Distribution Under Irregular Shelterwood System: A Case Study from Banke District
Issue:
Volume 9, Issue 4, December 2024
Pages:
84-95
Received:
6 September 2024
Accepted:
21 October 2024
Published:
22 November 2024
Abstract: This study was aimed to assess the regeneration composition and status and species diversity of blocks of compartment C4S6 with 8 sub-compartment C4S1, C4S2, C4S3, C4S4, C4S5, C4S6, C4S7, And C4S8 under Irregular Shelterwood System (ISS) based scientific forest management in Samshergunj-Mathebas block forest, Banke district, Nepal. The systematic random sampling method was used for allocating circular sample plots (of radius 1.78 m for seedlings and 2.82 m for sapling) for collecting data from the field. Altogether 40 sample plots were taken to collect the required data from the blocks forest. The total regeneration per hectare in the block is 76870. In the blocks forest the total number of seedlings and saplings per hectare was 65150 and 11720 respectively. The IVI value showed that both seedling and sapling of Shorea robusta was dominant species and Terminalia alata was 1st codominant species in the blocks. Vegetation study is crucial for balancing the ecosystem as well as for biophysical environment. Forest inventories helps to determine the growing stock as well as annual increment in order to balance between harvesting and re-growth. In my study area there is abundant regeneration in the forest but their effective assessment is lacking and research on it is insufficient. Due to the lack of sustainable management, open grazing, illegal harvesting of wood, and forest fire, Productivity of forest is decreasing day by day. And at present, there can be seen Asna (Terminalia alata), and other Sal associates like Botdhairo instead of Sal. Graduation of seedling into sapling with time is key necessity in maintaining sustainable forest regeneration. Thus, this study was conducted for assessing regeneration composition and diameter and height class distribution after implementation of irregular Shelterwood system (ISS) in western terai. This study will be useful for policy makers working in conservation biology.
Abstract: This study was aimed to assess the regeneration composition and status and species diversity of blocks of compartment C4S6 with 8 sub-compartment C4S1, C4S2, C4S3, C4S4, C4S5, C4S6, C4S7, And C4S8 under Irregular Shelterwood System (ISS) based scientific forest management in Samshergunj-Mathebas block forest, Banke district, Nepal. The systematic r...
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